Extensible Python object inspection tool implemented in Qt.
Displays objects as trees and allows you to inspect their attributes recursively (e.g. browse through a list of dictionaries). You can add your own inspection methods as new columns to the tree view, or as radio buttons to the details pane. Altering existing inspection methods is possible as well.
The object browser automatically detects which Qt bindings are installed. If both bindings are
installed it prefers PyQt over PySide. You can force the object browser to use a certain binding
by setting the QT_API environment variable to pyqt5, pyqt4, or pyside2.
Then install the object browser with:
%> pip install objbrowser
or use the installer:
%> python setup.py install
From the View menu you can select some extra columns, for instance the object's id column. This can also be done by right-clicking on the table header. An overview of the available columns, and their meanings, can be found in here.
Callable objects (typically functions, methods and classes) are displayed in blue. Objects that are an attribute of their parent (as opposed to a list element or dictionary item) are displayed in italics.
If Show callable attributes from the View menu is checked, objects that are callable and are an attribute are shown. Otherwise they are hidden.
If Show dunder attributes from the View menu is checked, objects that are attributes, and have a name that starts and ends with two underscores, are shown. Otherwise they are hidden.
The details pane at the bottom shows object properties that do not fit
on one line, such as the docstrings and the output of various functions
of the inspect module from the Python standard library.
The first parameter is the object to be inspected. For example you can examine the dictionary with the local variables:
from objbrowser import browse
a = 67; pi = 3.1415
browse(locals())The second parameter can be the name of the object. In that case the object itself will be displayed in the root node.
browse(locals(), 'locals()')By setting the show_callable_attributes and/or the show_dunder_attributes
parameters you can override the settings from the View menu. The reset
parameter resets the persistent window settings (e.g. size and position)
s1 = 'Hello'
s2 = 'World'
browse({'s1': s1, 's2': s2},
show_callable_attributes = True,
show_dunder_attributes = False,
reset = True)Some complete examples can be found in the examples directory. E.g.: